Security / Technical Security

Technical aspects of NIS2/KSC implementation

The training provides technical professionals with advanced knowledge and practical skills to implement NIS2 and KSC requirements. The program is delivered through intensive technical workshops with hands-on labs elements, led by experienced practitioners. Participants will learn how to design a secure architecture, manage vulnerabilities, respond to incidents and implement cryptographic mechanisms. The goal is to translate legal requirements into concrete technical and organizational solutions in the IT environment.

Why choose this training?

Article 21 of the NIS2 Directive requires organizations to implement specific technical security measures, but translating regulatory language into a functioning security architecture demands deep technical expertise. This 3-day hands-on training equips security professionals with the practical skills to design, deploy, and verify every required technical control — from Zero Trust networking to SIEM configuration and cryptographic key management.

What makes our approach unique?

EITT brings together 500+ cybersecurity experts and a track record of 2,500+ trainings to deliver technical NIS2 content at practitioner level. The hands-on lab approach ensures participants leave with tested configurations and real incident response skills, not just regulatory awareness — making this training the most direct path from NIS2/KSC mandate to technical implementation readiness.

Benefits

Acquire practical skills in designing a secure network architecture under the Zero Trust model.
Master the processes and tools for vulnerability management and secure software development life cycle (SSDLC) implementation.
Develop advanced competencies in incident response and investigative analysis.
Gain knowledge of technical verification and security monitoring of ICT vendors.
Ability to practically implement cryptographic mechanisms and identity management (IAM) systems.
Ability to independently implement technical and organizational requirements from Article 21 of the NIS2 Directive.
Increase efficiency in the use and configuration of tools such as SIEM, SOAR and vulnerability scanners.
Learn about methods for technically securing the supply chain and securely integrating with partners.

Who is this training for?

Systems and network administrators

IT security engineers

Cyber security specialists (Security Analysts, SOC Analysts).

Architects of IT and cloud solutions

Software developers and DevSecOps engineers

Pentesters and technical auditors

Technical team and IT project managers

Those responsible for implementing and maintaining security systems (SIEM, IDS/IPS)

Prerequisites

Basic knowledge of IT security issues.
Experience administering operating systems (Windows/Linux) or computer networks.
General knowledge of network protocols (TCP/IP).
Understand basic concepts such as firewall, VPN and anti-virus systems.

Training program

Implementing Zero Trust and network microsegmentation models
Secure configuration of network devices (hardening)
Implementation and management of intrusion detection and prevention systems (IDS/IPS)
Setting up secure remote access

Practical use of vulnerability scanning tools
Patch management processes
Creation and management of SBOM (Software Bill of Materials).
Integrate secure coding practices into the software development lifecycle

Configuration and operation of SIEM/SOAR systems
Advanced analysis of system and network logs
Forensics techniques and securing digital evidence
Automation of incident response processes

Methods for auditing vendor system configurations
Ensure secure integration via API
Tools and techniques for monitoring third-party activity
Implement secure software and hardware acquisition processes

Create and enforce policies for the use of encryption
Cryptographic key management
Implementing multi-factor authentication (MFA)
Configuration of identity and entitlement management (IAM) systems based on the principle of least privilege

Delivery Methods

Online

Convenience of participating from anywhere
Interactive live sessions with trainer
Materials available for 30 days
No travel costs

On-site

Direct contact with trainer and group
Intensive hands-on workshops
Networking with other participants
Full focus on learning

Frequently asked questions

What are the prerequisites for the Technical Aspects of NIS2/KSC Implementation training?

Participants should have basic IT security knowledge, experience administering Windows or Linux systems or computer networks, general understanding of TCP/IP protocols, and familiarity with basic security concepts such as firewalls, VPN, and antivirus systems.

What is the format and duration of this training?

The Technical Aspects of NIS2/KSC Implementation training is a 3-day intensive course available in both online and onsite formats. The program includes hands-on lab elements led by experienced security practitioners.

Who should attend the Technical Aspects of NIS2/KSC Implementation training?

The training is designed for systems and network administrators, IT security engineers, SOC analysts, cloud and IT architects, software and DevSecOps engineers, pentesters, technical auditors, and professionals responsible for implementing and maintaining SIEM, IDS/IPS, and other security systems.

What advanced technical skills will participants develop in this training?

Participants will gain hands-on skills in Zero Trust network design and microsegmentation, vulnerability management and SSDLC practices, SIEM/SOAR configuration and forensic analysis, supply chain security auditing, cryptographic controls, and IAM configuration based on the least-privilege principle — all mapped directly to Article 21 NIS2 requirements.

Why choose EITT for the Technical Aspects of NIS2/KSC Implementation training?

EITT's network of 500+ experts and experience from 2,500+ trainings includes leading cybersecurity practitioners with real-world NIS2 and KSC implementation expertise. The Technical Aspects of NIS2/KSC Implementation course delivers advanced lab-based learning that directly translates legal requirements into deployable technical solutions.